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Okta Certified Administrator Exam - Topic 6 Question 58 Discussion

In an agentless DSSO (Desktop Single Sign-on) scenario Okta is the one decrypting the Kerberos ticket, finds then the user name, authenticates the user and passes back a session to the browser.Solution: The statement is valid, but Okta is not the one doing decryption - the browser is doing that
B) No
A) Yes

Okta Certified Administrator Exam - Topic 6 Question 58 Discussion

Actual exam question for Okta's Okta Certified Administrator exam
Question #: 58
Topic #: 6
[All Okta Certified Administrator Questions]

In an agentless DSSO (Desktop Single Sign-on) scenario Okta is the one decrypting the Kerberos ticket, finds then the user name, authenticates the user and passes back a session to the browser.

Solution: The statement is valid, but Okta is not the one doing decryption - the browser is doing that

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Suggested Answer: B

by Lenna at Oct 24, 2024, 11:38 PM

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Carin
9 months ago
Sounds right, but I’m still a bit confused about the whole process.
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Timothy
10 months ago
Nope, it’s definitely the browser doing that.
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Keneth
10 months ago
Wait, I thought Okta did the decryption?
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Bernardo
10 months ago
Totally agree, that’s how it works!
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German
10 months ago
Actually, the browser handles the decryption, not Okta.
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Adrianna
10 months ago
I definitely recall that the browser is involved in the decryption process, but I can't remember the exact details of how Okta fits into that.
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Willodean
11 months ago
I feel like I might have mixed up who decrypts the ticket in the agentless scenario. Was it Okta or the browser?
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Norah
11 months ago
I think I came across a similar question about how authentication flows work with Okta and Kerberos, and it was clear that the browser does the decryption.
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Alyce
11 months ago
I remember studying how the browser handles the Kerberos ticket, but I'm not entirely sure if Okta plays a role in decryption.
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Shawnda
11 months ago
This is a tricky one. The statement and the solution seem to be contradicting each other. I'll need to think through the DSSO process step-by-step to figure out where Okta's role is in relation to the Kerberos ticket decryption. I'll mark this one as a review and come back to it.
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Tora
11 months ago
Okay, I think I've got this. The statement is saying that Okta is handling the authentication process, but the browser is actually doing the decryption of the Kerberos ticket. So the solution, which says Okta is not the one doing the decryption, is correct. I'll go with option B.
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Latosha
11 months ago
Hmm, I'm a bit confused here. The statement mentions that Okta is the one decrypting the Kerberos ticket, but the solution says the browser is doing that. I'll need to re-read this carefully to make sure I understand the correct flow.
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Tonette
11 months ago
This question seems pretty straightforward. I think the key is to understand the role of Okta in the DSSO scenario. Since the statement says Okta is the one decrypting the Kerberos ticket, I'll go with option A.
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Alesia
1 year ago
Ah, I see what they're getting at. The browser is the one decrypting the ticket, not Okta. Gotta love these tricky questions.
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Nana
1 year ago
Yes
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Sylvie
1 year ago
No
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Franklyn
1 year ago
Yes
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Antonio
1 year ago
Haha, the browser decrypting the Kerberos ticket? That's like asking a toddler to hack the Pentagon!
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Kristeen
1 year ago
No
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Chau
1 year ago
A
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Yoko
1 year ago
I think the statement is valid because Okta is responsible for authenticating the user and passing back a session to the browser.
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Naomi
1 year ago
The browser handling the decryption makes sense, but I'm not 100% sure. I'll have to double-check that.
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Paris
1 year ago
I agree, the browser decrypts the Kerberos ticket in an agentless DSSO scenario
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Tyisha
1 year ago
I think it's actually the browser that handles the decryption
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Leana
1 year ago
No
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Lenna
1 year ago
Yes
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Kasandra
1 year ago
B) No
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Jade
1 year ago
Hmm, I thought Okta was the one doing the decryption. This is a tricky one.
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Yoko
1 year ago
A) Yes
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